K5G20
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SCHOTT bietet eine Auswahl an strahlenresistenten Glasarten mit unterschiedlichen Dispersionseigenschaften an, die sich sehr gut für den Einsatz in Umgebungen mit hoher Radioaktivität eignen.
Technische Daten
Brechungsindizes
Eigenschaften | λ [nm] | |
---|---|---|
n2.325,4 | 2.325,4 | 1,49784 |
n1.970,1 | 1.970,1 | 1,50236 |
n1.529,6 | 1.529,6 | 1,50730 |
n1.060,0 | 1.060,0 | 1,51258 |
nt | 1.014,0 | 1,51319 |
ns | 852,1 | 1,51573 |
nr | 706,5 | 1,51906 |
nC | 656,3 | 1,52065 |
nC' | 643,8 | 1,52109 |
Eigenschaften | λ [nm] | |
---|---|---|
n632,8 | 632,8 | 1,52151 |
nD | 589,3 | 1,52336 |
nd | 587,6 | 1,52344 |
ne | 546,1 | 1,52564 |
nF | 486,1 | 1,52987 |
nF' | 480,0 | 1,53040 |
ng | 435,8 | 1,53494 |
nh | 404,7 | 1,53919 |
ni | 365,0 | 1,54651 |
Eigenschaften | λ [nm] | |
---|---|---|
n334,1 | 334,1 | |
n312,6 | 312,6 | |
n296,7 | 296,7 | |
n280,4 | 280,4 | |
n248,3 | 248,3 |
Reintransmissionsgrad
Eigenschaften | λ [nm] | |
---|---|---|
τ25/2500 | 2.500 | 0,320 |
τ25/2325 | 2.325 | 0,460 |
τ25/1970 | 1.970 | 0,760 |
τ25/1530 | 1.530 | 0,976 |
τ25/1060 | 1.060 | 0,995 |
τ25/700 | 700 | 0,992 |
τ25/660 | 660 | 0,987 |
τ25/620 | 620 | 0,985 |
τ25/580 | 580 | 0,982 |
τ25/546 | 546 | 0,976 |
τ25/500 | 500 | 0,961 |
τ25/460 | 460 | 0,930 |
τ25/436 | 436 | 0,890 |
τ25/420 | 420 | 0,820 |
τ25/405 | 405 | 0,680 |
τ25/400 | 400 | 0,610 |
τ25/390 | 390 | 0,390 |
τ25/380 | 380 | 0,130 |
τ25/370 | 370 | 0,000 |
τ25/365 | 365 | |
τ25/350 | 350 | |
τ25/334 | 334 | |
τ25/320 | 320 | |
τ25/310 | 310 | |
τ25/300 | 300 | |
τ25/290 | 290 | |
τ25/280 | 280 | |
τ25/270 | 270 | |
τ25/260 | 260 | |
τ25/250 | 250 |
Eigenschaften | λ [nm] | |
---|---|---|
τ10/2500 | 2.500 | 0,634 |
τ10/2325 | 2.325 | 0,733 |
τ10/1970 | 1.970 | 0,896 |
τ10/1530 | 1.530 | 0,990 |
τ10/1060 | 1.060 | 0,998 |
τ10/700 | 700 | 0,997 |
τ10/660 | 660 | 0,995 |
τ10/620 | 620 | 0,994 |
τ10/580 | 580 | 0,993 |
τ10/546 | 546 | 0,990 |
τ10/500 | 500 | 0,984 |
τ10/460 | 460 | 0,971 |
τ10/436 | 436 | 0,954 |
τ10/420 | 420 | 0,924 |
τ10/405 | 405 | 0,857 |
τ10/400 | 400 | 0,821 |
τ10/390 | 390 | 0,686 |
τ10/380 | 380 | 0,442 |
τ10/370 | 370 | 0,130 |
τ10/365 | 365 | 0,029 |
τ10/350 | 350 | |
τ10/334 | 334 | |
τ10/320 | 320 | |
τ10/310 | 310 | |
τ10/300 | 300 | |
τ10/290 | 290 | |
τ10/280 | 280 | |
τ10/270 | 270 | |
τ10/260 | 260 | |
τ10/250 | 250 |
Teildispersion
Eigenschaften | |
---|---|
Ps,t | 0,2764 |
PC,s | 0,5327 |
Pd,C | 0,3027 |
Pe,d | 0,2382 |
Pg,F | 0,5500 |
Pi,h | 0,7943 |
P's,t | 0,2738 |
P'C',s | 0,5755 |
P'd,C' | 0,2523 |
P'e,d | 0,2360 |
P'g,F' | 0,4881 |
P'i,h | 0,7870 |
Eigenschaften | |
---|---|
ΔPC,t | -0,0051 |
ΔPC,s | -0,0025 |
ΔPF,e | 0,0005 |
ΔPg,F | 0,0017 |
ΔPi,g | 0,0065 |
Downloads
Datenblatt-Sammlung
TIE‘s - Technische Informationen
TIE-04: Test Report for Delivery Lots of Optical Glass-May 2016
PDF
200 kB
TIE-19: Temperature coefficient of Refractive Index-July 2016
PDF
414 kB
TIE-25: Striae in Optical Glass-June 2006
PDF
1,84 MB
TIE-26: Homogeneity of Optical Glass-February 2016
PDF
1,44 MB
TIE-27: Stress in Optical Glass-July 2004
PDF
694 kB
TIE-28: Bubbles and Inclusions in Optical Glass-May 2016
PDF
205 kB
TIE-29: Refractive Index and Dispersion-February 2016
PDF
1,89 MB
TIE-30: Chemical properties of Optical Glass-February 2016
PDF
128 kB
TIE-31: Mechanical and Thermal Properties of Optical Glass-July 2004
PDF
222 kB
TIE-32: Thermal Loads on Optical Glass-August 2004
PDF
252 kB
TIE-33: Bending Strength of Optical Glass and ZERODUR®-December 2015
PDF
2,71 MB
TIE-35: Transmittance of Optical Glass-October 2005
PDF
762 kB
TIE-36 Technical Information EN 2022
PDF
710 kB
TIE-40: Optical Glass for Precision Molding-September 2011
PDF
526 kB
TIE-41: Large Optical Glass Blanks-September 2006
PDF
498 kB
TIE-42: Radiation Resistant Optical Glasses-April 2018
PDF
365 kB